What this is: a sourced reference on tinnitus at night — how often it disrupts sleep, why it gets louder in silence, what the controlled evidence says about each thing people try, and what is actually inside the hearing-support supplements sold for it. Every row carries its source. Where no controlled evidence exists, the row says so. Published 11 September 2026. Free to reproduce, redraw or cite under CC BY 4.0 with a link back.
Headline findings: across the studies pooled in the 2018 Asnis review, between 10% and 80% of tinnitus patients report sleep disturbance, and most studies put it above 40%. Of the interventions people commonly try, only sound enrichment and treating the insomnia itself have supporting evidence; ginkgo (12 trials, 1,915 people) and zinc (3 trials, 209 people) do not. No hearing-support supplement blend on the market has a published controlled trial.
1. How often tinnitus disrupts sleep
| Study | Measure | Finding | Source |
|---|---|---|---|
| Folmer (2002) | Sleep disturbance, tinnitus clinic patients | 80% | Asnis et al. 2018, Table 1 |
| Folmer & Griest (2000) | Sleep disturbance | 76% | Asnis et al. 2018 |
| Meikle et al. | Tinnitus interfering with sleep | 71% | Asnis et al. 2018 |
| Shao et al. | At least occasional insomnia | 64% | Asnis et al. 2018 |
| Miguel et al. | Formal insomnia diagnosis on record (ICD-9) | 27% | Asnis et al. 2018 |
| Pooled range, all studies reviewed | Any sleep disturbance | 10%–80%; most studies >40% | Asnis GM et al., Clin Med Insights Ear Nose Throat 2018 |
The relationship runs both ways in the same review: patients with sleep problems reported more severe tinnitus, poor sleep predicted worse tinnitus tolerance the following day, and in one 22-month follow-up both improved together once sleep was treated.
2. Why it is worse at night
| Mechanism | What happens | Source |
|---|---|---|
| Loss of masking | Daytime environmental noise sits over the tinnitus signal. Before and during sleep that masking is absent, so the signal interferes with sleep onset and maintenance. | Asnis et al. 2018 |
| Shared hyperarousal | Tinnitus and insomnia share sympathetic nervous system hyperarousal as an underlying mechanism; raised arousal worsens both. | Asnis et al. 2018 |
| Attention and monitoring | With no competing input, attention locks onto the ringing; monitoring increases perceived loudness and distress, which increases monitoring. This is the target of CBT for tinnitus-related insomnia. | Marks et al., Front Psychol 2023 (cognitive–behavioural model) |
3. What people try, and what the controlled evidence says
| Intervention | Evidence | What the evidence shows | Source |
|---|---|---|---|
| Sound enrichment / sound therapy at night | Supported | Sound stimulation approaches improved both tinnitus intensity and sleep quality in the studies reviewed. Low, steady background sound just under the tinnitus level, not silence. | Asnis et al. 2018 |
| Treating the insomnia (CBT-I, insomnia therapy) | Supported | Successful insomnia treatment improved tinnitus tolerance; the review recommends evaluating and treating insomnia in every tinnitus patient and notes it goes “mainly untreated”. | Asnis et al. 2018; Marks et al. 2023 |
| Melatonin | Weak / mixed | Five small trials of differing design. Sleep disturbance linked to tinnitus improved; an effect on the tinnitus itself “cannot be confirmed” because of methodological weaknesses. | Miroddi et al., Eur J Clin Pharmacol 2015 (review) |
| Ginkgo biloba | Not supported | 12 studies, 1,915 participants: little to no difference from placebo on tinnitus severity; very low to low certainty. | Sereda et al., Cochrane CD013514, 2022 |
| Zinc supplementation | Not supported | 3 randomised trials, 209 participants: “no evidence that the use of oral zinc supplementation improves symptoms in adults with tinnitus”; very low quality. | Person et al., Cochrane CD009832, 2016 |
| Hearing-support supplement blends (any brand) | No trials | No published controlled trial on any marketed blend was found at the time of writing. Claims rest on individual ingredients, most of which have no tinnitus trial either (see section 4). | Search of PubMed and Cochrane, 11 Sep 2026 |
| Alcohol as a sleep aid | Counter-productive | Shortens sleep onset but fragments the second half of the night; not a tinnitus treatment. | General sleep-medicine consensus; see our can’t-fall-asleep guide |
4. What is in a hearing-support supplement: Audifort, named ingredients
Audifort is the highest-ranked hearing-support supplement on the ClickBank marketplace at the time of writing, which makes it the natural reference case. The maker publishes six ingredient names out of a stated 20-plus, with no doses. The table records the maker’s claimed role and whether any controlled human evidence for tinnitus or hearing was found for that ingredient.
| Ingredient | Maker’s claimed role | Controlled human evidence for tinnitus / hearing |
|---|---|---|
| Maca root | “Boosts your energy” | None found |
| Grape seed extract | “Antioxidants protect the ear” | None found — antioxidant activity is documented; no tinnitus trial |
| Green tea (EGCG) | “Improves blood flow to the ears” | None found — animal data on protection from noise/drug ototoxicity only |
| Capsicum annuum | “Supports a healthy inflammatory response” | None found |
| Gymnema sylvestre | “Supports hearing” | None found — studied for blood sugar, not hearing |
| GABA | “Supports relaxation and relieves anxiety” | Weak — small trials on oral GABA and relaxation/sleep; none on tinnitus |
| Remaining ~14 ingredients | Not named on the sales page | Not assessable |
What this means in practice: a hearing-support blend is an untested bet, not a treatment. The honest way to take one is inside a money-back window long enough to judge it — Audifort’s is 90 days — while doing the two things that do have evidence: sleeping with low background sound, and treating the insomnia as its own condition. The named ingredients are low-risk for most adults; grape seed and green tea extracts can interact with anticoagulants and blood-pressure medication, and anyone with sudden or one-sided hearing loss or tinnitus needs a clinician, not a supplement.
5. Red flags: when ringing is not a sleep problem
| Sign | Why it matters | Action |
|---|---|---|
| Sudden onset hearing loss or tinnitus | Sudden sensorineural hearing loss has a short treatment window | Clinician within days, not weeks |
| One ear only | Unilateral tinnitus or hearing loss needs a structural cause excluded | Clinician / ENT referral |
| Pulsing in time with the heartbeat | Pulsatile tinnitus can have a vascular cause | Clinician |
| With dizziness, facial weakness or ear discharge | Points away from ordinary tinnitus | Clinician |
Sources
- Asnis GM, Majeed K, Henderson MA, Sylvester C, Thomas M, De La Garza R. An Examination of the Relationship Between Insomnia and Tinnitus: A Review and Recommendations. Clinical Medicine Insights: Ear, Nose and Throat. 2018;11. doi:10.1177/1179557318781078
- Marks E, et al. Cognitive–behavioral factors in tinnitus-related insomnia. Frontiers in Psychology. 2023;14:983130.
- Sereda M, et al. Ginkgo biloba for tinnitus. Cochrane Database of Systematic Reviews. 2022, CD013514.
- Person OC, et al. Zinc supplementation for tinnitus. Cochrane Database of Systematic Reviews. 2016, CD009832.
- Miroddi M, et al. Clinical pharmacology of melatonin in the treatment of tinnitus: a review. European Journal of Clinical Pharmacology. 2015;71:263–270.
- Audifort official site, ingredient and dosing statements, retrieved 11 September 2026.
Related on this site: Why tinnitus gets worse at night (plain-language version) · Night-Time Symptom Reference · Sleep Reference Library. SleepAlign is an independent research site run by Bogdan; it is not a clinical practice and carries no medical credentials. Some product links elsewhere on the site are affiliate links; nothing in the tables above is.